In Texas, 2005, a vapour cloud explosion occurred during a refinery outage and start of a process unit. Fifteen people died and 180 persons were injuried. The majority of the killed were in temporary buildings. The accident has brought attention to the increased risks during starts and stops related to outages. In this thesis a risk analysis method is proposed and applied on the refinery in Lysekil. The method is a basis for the design and placing of temporary buildings used in connection with outages.

@misc{1689130,
abstract = {In Texas, 2005, a vapour cloud explosion occurred during a refinery outage and start of a process unit. Fifteen people died and 180 persons were injuried. The majority of the killed were in temporary buildings. The accident has brought attention to the increased risks during starts and stops related to outages. In this thesis a risk analysis method is proposed and applied on the refinery in Lysekil. The method is a basis for the design and placing of temporary buildings used in connection with outages.},
author = {Olsson, Lars and Sedig, Johan},
issn = {1402-3504},
keyword = {Riskanalysmetod,gasmolnsexplosion,Vapour Cloud Explosion,VCE,revision,temporära byggnader,raffinaderi,EFFECTS,Riskcurves},
language = {swe},
note = {Student Paper},
series = {LUTVDG/TVBB--5277--SE},
title = {Riskanalysmetod tillämpad på raffinaderiet i Lysekil - Med fokus på explosioner och bemannade temporära byggnader vid revision},
year = {2008},
}